Bioimaging

High multiplex RNA refers to techniques that allow for the simultaneous detection and measurement of a large number of RNA molecules within a single sample or cell. This approach enables a more comprehensive understanding of gene expression patterns and cellular behavior than traditional methods that analyze only a limited number of RNA transcripts. 

Protein detection imaging encompasses techniques used to visualize and analyze proteins, often after separation or within a cellular environment. These methods range from simple staining techniques for visualizing protein bands on gels to sophisticated imaging technologies for detecting single molecules and mapping the spatial distribution of proteins in tissues. 

Single-molecule fluorescence in situ hybridization (smFISH), known for its ability to quantify individual RNA molecules, is widely used to characterize spatiotemporal patterns of gene expression in single cells. 

RNA quantification services for research applications such as gene expression analysis in response to drug candidates, spatial biology studies, and more.

Quantitative Mass Spectrometry Imaging (qMSI) is a technique that combines the spatial resolution of Mass Spectrometry Imaging (MSI) with the quantitative capabilities of mass spectrometry, enabling the measurement of molecule concentrations within biological samples with spatial context. It provides detailed molecular maps, revealing the distribution of hundreds of molecules in tissues with high sensitivity and spatial resolution.